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Adam
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Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

...but how did it run up the clock?

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!

Hint 2

The mouse moves upward at an average rate of one square per move!

Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!

Hint 2

The mouse moves upward at an average rate of one square per move!

Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

...but how did it run up the clock?

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!

Hint 2

The mouse moves upward at an average rate of one square per move!

added hint 2
Source Link
Adam
  • 2.9k
  • 1
  • 13
  • 37

Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!

Hint 2

The mouse moves upward at an average rate of one square per move!

Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!

Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!

Hint 2

The mouse moves upward at an average rate of one square per move!

Source Link
Adam
  • 2.9k
  • 1
  • 13
  • 37

Square Spin #3: Hickory Dickory Dock

Square Spin History: #1>#2>#3


Recap of the Rules


  • Basic rules from #1
  • Ambiguity, Un and Re squares from #2

Problem #3: Hickory Dickory Dock


The mouse ran up the clock.

Special requirement


You cannot move any square that is currently below the mouse when the move doesn't include the mouse

Can you figure out how the mouse ran up the clock Get a 7x11 grid to work with here

Hint 1

Even although ambiguity makes this problem look messy, there are many deductions that can easily be made by comparing the two images!